E-Mon D-Mon submeters are installed worldwide for tenant billing, cost allocation, green building programs and load profiling in skyscrapers, shopping centers, airports, factories, office buildings, apartment complexes, industrial, governmental and educational facilities.
250 Series
Gas Meter with Pulse Output
• 4-chamber diaphragm type gas meter.
• Ideal for light commercial or larger
residential use.
• Equipped with pulse output for interfacing
with interval data recorders.
• For use with loads ranging from
200-250CuFt/Hr.
• Operating pressure 5 psi.
• Available for pipe sizes of 3/4" and 1".
Printable Literature
250 Series Gas Meter Specification Sheet
Series 400
Gas Meter
E-Mon offers a variety of gas meters equipped with pulse output to meet your specific application. The meters listed below are the most commonly required units, however if your specifications require something different, please feel free to contact E-Mon directly at (800) 334-3666 to specify the appropriate meter.
• Positive displacement type gas meter with
three chambered design.
• Ideal for small to medium commercial and
industrial applications.
• Equipped with pulse output for interfacing
with interval data recorders.
• For use with loads up to 400 CuFt/hr.
• Operating pressure 10 psi.
• Available for pipe sizes of 1" and 1.25".
Printable Literature
400A Series Gas Meter with Specification Sheet
Series 200 CFG
Gas Meter
E-Mon offers a variety of gas meters equipped with pulse output to meet your specific application. The meters listed below are the most commonly required units, however if your specifications require something different, please feel free to contact E-Mon directly at (800) 334-3666 to specify the appropriate meter.
• Four measuring chambers separate by
synthetic diaphragms.
• Ideal for residential submetering
applications for natural or LP gas.
• Equipped with pulse output for interfacing
with interval data recorders.
• For use with loads up to 200 CuFt/hr.
• Operating pressure 5 psi.
• Requires installation connectors not
supplied by E-Mon.
Printable Literature
200CFGM Gas Meter Specification Sheet
FM Series
Gas Meter with Pulse Output
E-Mon offers a variety of gas meters equipped with pulse output to meet your specific application. The meters listed below are the most commonly required units, however if your specifications require something different, please feel free to contact E-Mon directly at (800) 334-3666 to specify the appropriate meter.
• Meter uses Fluidic Oscillating Principle and
has no moving parts.
• Ideal for commercial & industrial
applications for flow rates from 40 to
56,000 actual CuFt/Hr.
• Equipped with pulse output for interfacing
with interval data recorders.
• For use with loads up to 56,000 CuFt/hr.
• Operating pressure 150 psi.
• Optionally available with Modbus
communication for use with SCADA and
other equipment that communicates via
Modbus.
Printable Literature
FM Series Gas Meter Specification Sheet
Class 1000
Single-Phase kWh Submeter
Features:
• Direct-read 8-digit LCD display without
multiplier displays cumulative kWh and
"real-time" kW load.
• Revenue Grade Metering Accuracy.
• Patented 0-2 volt output split-core
current sensors promote enhanced safety
and accurate remote mounting of current
sensors up to 2,000 feet from the
meter without power interruption.
(Optional solid-core current sensors
available in 100 & 200 Amp.)
• Parallel up to three (3) sets of current
sensors for cumulative reading.
• Current sensor installation diagnostics.
• Meter can be used in the following
configurations:
- 1-Phase, 2 Wire
- 2-Phase, 3 Wire
For other configurations contact factory.
• Industrial grade JIC steel enclosure
(Dim. 6 3/4" H x 5 3/16" W x 3 1/4" D)
for indoor installations with 1 1/16"
Knockout (3/4" conduit.) on bottom
of enclosure.
• Optional Enclosures:
- MMU Multiple Meter Unit Cabinets
- NEMA 4X outdoor enclosure
• Optional removable terminal block for
pulse output available for 2W 120V &
3W 208V meters.
• Padlocking hasp & mounting flanges.
• Maintains reading in the event of power
failure.
• Compatible with E-Mon D-Mon accessories.
• Non-volatile memory.
• UL/CUL Listed.
• Certified to ANSI C12.1 and C12.16
electronic meter national accuracy
standards. (+/-1% from 1% to 100%
of rated load.)
• California CTEP approved for use with
solid-core current sensors. Listed by
the California Energy Commission.
• New York City approved, Con Edison
approved for RSP program.
Printable Literature
Class 1000 Specification Sheet
Class 1000 Installation Manual
Submeter.gif "E-Mon Class 2000 Three-Phase kWh/kW (Demand) Submeter")
Class 2000
Three-Phase kWh/kW (Demand) Submeter
Features:
• Direct-read 8-digit LCD display without
multiplier displays cumulative kWh and
"real-time" kW load.
• Demand option displays kW/Demand and
kW peak date and time (15 minute
interval standard, 30 minute interval
available.)
• Revenue Grade Metering Accuracy.
• Patented 0-2 volt output split-core current
sensors promote enhanced safety and
accurate remote mounting of current
sensors up to 2,000 feet from the meter
without power interruption. (Optional
solid-core current sensors available in 100
& 200 Amp.)
• Current sensor installation diagnostics
indicator.
• Parallel up to three (3) sets of current
sensors for cumulative reading.
• Meter can be used in the following
configurations:
- 3-Phase, 4 Wire
- 3-Phase, 3 Wire
- 2-Phase, 3 Wire
For other configurations contact factory.
• Optional removal terminal block for
fixed-value pulse output.
• Industrial grade JIC steel enclosure with
padlocking hasp and mounting flanges
(Dim. 6 3/4" H x 5 3/16" W x 3 1/4" D)
for indoor installations with 1 1/16"
Knockout (3/4" conduit) on bottom of
enclosure.
• Optional Enclosures:
- MMU Multiple Meter Unit Cabinets
- NEMA 4X outdoor enclosure
• Compatible with E-Mon D-Mon accessories.
• Non-volatile memory.
• UL/CUL Listed. CSA Approved
• Revenue Grade Accuracy. Meter certified
toIEEE/ANSI C12.20 accuracy standard.
• California CTEP approved for use with
solid-core current sensors. Listed by
the California Energy Commission.
• New York City approved, Con Edison
approved for RSP program.
Printable Literature
Class 2000 Specification Sheet
Class 2000 Installation Overview
Class 2000 Installation Manual
Class 3000
Advanced Submeter with Communications
Features:
• Easy to read cycling 4-line by 20 character
backlit LCD display:
- kWh
- kWh/Demand (with peak date and time)
- Power factor per Phase
- Real-time load in kW
- Amps per Phase
- Volts per Phase
• Patented 0-2 volt output split-core current
sensors promote enhanced safety and
accurate remote mounting of current
sensors up to 500 feet from the meter
without power interruption.
(Optional solid-core current sensors
available in 100 & 200 Amp.)
• Installation diagnostics and verification
system.
• Revenue Grade Accuracy
• RS-485 communication capability supports
the following connection configurations
(or combinations not to exceed 52 devices
per channel):
- Up to 52 Class 3000 meters and/or
IDR-8 interval data recorders
- Up to 26 IDR-16 interval data recorders
(IDR-16 counts as two devices)
Cabling can either be daisy-chain or star configuration, 4-conductor, 24-26 AWG, up to 4,000 cable feet total per channel.
• Communication Options:
Requires E-Mon Energy software for reading:
- RS-232/RS-485 (Standard)
- Telephone Modem
- Ethernet
Requires third-party EMS/BMS system supplied by others. E-Mon Energy software not used:
- Modbus RTU or TCP/IP
- BACnet IP or MS/TP
- LONworks TP (Twisted Pair)
• Records kWh and kVARh data for two
channels. Data stored in 15-minute
intervals for up to 36 days or
5-minute intervals for up to 12 days.
Maintains the last 36 days of data
in a first-in, first-out format.
• External meter pulse input (water, gas,
BTU, etc.) on 3rd channel.
• Meter is designed for use on both
3-phase, 3-wire (delta) and 3-phase,
4-wire (wye) circuits. (Specify when
ordering.)
• Industrial grade JIC steel enclosure
(Dim: 9 1/2" H x 6 3/4" W x 4 1/4" D) with
padlocking hasp and mounting flanges
(Dim. 6 3/4" H x 5 3/16" W x 3 1/4" D)
for indoor installations with three
1 1/16" Knockouts (3/4" conduit)
on bottom of enclosure.
• UL/CUL Listed. Meets or exceeds ANSI
C12 national accuracy standards.
• Optional load control/alarm relay
(3A, 240V max.) with high and low
threshold adjustment.
• MV-90 compatible.
Printable Literature
Class 3000 Specification Sheet
Class 3000 Installation Overview
Class 3000 Installation Manual
Class 4000
Multi-Family Single-Phase kWh Submeter
Features:
• Easy-to-read 6-digit electromechanical
display for diagnostics.
• Meter has built-in wireless transceiver for
in-building remote meter data collection
and can interface with E-Mon wireless data
collectors (WDC) to automatically compile
data in PC-based E-Mon Energy metering
software.
• Meters with built-in wireless transceivers
can be mounted inside buildings within
approximately 500 feet line-of-sight from
each other and up to approximately 200
feet through walls, depending on wall
material.
• Revenue Grade Metering Accuracy.
• On-board memory.
• Patented 0-2 volt output split-core current
sensors promote enhanced safety and
accurate remote mounting of current
sensors up to 2,000 feet from the meter
without power interruption. (Optional
solid-core current sensors available in 100
& 200 Amp.)
• Meter can be used in the following
configurations:
- 1-Phase, 2 Wire
- 2-Phase, 3 Wire
• Non-metallic enclosure is Ideal for
installation inside tenant and
residential spaces.
• Wireless mesh network operates in the
915 MHz license-free band. No cellular
wireless service contracts are required.
• Fully self-configuring wireless mesh
network allows for easy installation and
configuration with no network management
required.
• Sealing option for California applications
available.
• FCC certified not to interfere with existing
infrastructure.
• Meets national accuracy standards of
ANSI C12.1 and C12.16.
• UL Listed. New York City approved,
Con Edison approved for RSP program.
Measurement Canada approved for
revenue metering. California Bureau
of Weights & Measures certified.
Listed by the California Energy
Commission.
Printable Literature
Class 4000 Specification Sheet
Class 4000 Installation Overview
Class 4000 Installation Manual
Class 5000
Advanced Submeter with Communications
Features:
• Direct-read 8-digit LCD display of
cumulative kWh.
• E-Mon Energy software supports load
profiling (5 or 15 minute) of kWh & kVARh
• E-Mon Energy software supports real-time
reading of:
- Amps per Phase
- Volts per Phase-to-Neutral
- Volts per Phase-to-Phase
- kW, kVA and kVAR per Phase
- Total kW, kVA and kVAR
- Frequency
- Power Factor Percent & Angle per Phase
• Open protocol for easy integration to
various building automation and energy
management systems, including optional
Modbus RTU & TCP/IP, BACnet IP & MS/TP
and LonWorks Twisted Pair.
• Patented 0-2 volt output split-core current
sensors promote enhanced safety and
accurate remote mounting of current
sensors up to 500 feet from the meter
without power interruption. (Optional
solid-core current sensors available in
100 & 200 Amp.)
• Current sensor installation diagnostics
indicator on display.
• Revenue Grade Accuracy.
• RS-485 Communications capability
supports the following connection
configurations (or combinations not
to exceed 52 devices per channel):
- Up to 52 Class 3000 meters and/or
IDR-8 interval data recorders
- Up to 26 IDR-16 interval data recorders
(IDR-16 counts as two devices)
Cabling can be either daisy-chain or star configuration, 4-conductor, 24-26 AWG, up to 4,000 cable feet total per channel.
• Communication Options:
Requires E-Mon Energy software for reading:
- RS-232/RS-485 (Standard)
- Telephone Modem
- Ethernet
Requires third-party EMS/BMS system supplied by others. E-Mon Energy software not used:
- Modbus RTU or TCP/IP
- BACnet IP or MS/TP
- LONworks TP (Twisted Pair)
• Modbus and BACnet options support two
external inputs from gas, water, etc.
meters. (Dry contact, 10 Hz max. input.)
Modbus RTU, BACnet IP & MS/TP available
with RS-485. Modbus TCP/IP or BACnet IP
requires Ethernet. Standard EZ-7 protocol
supports one external input.
• Meter is designed for use on both
3-phase, 3-wire (delta) and 3-phase,
4-wire (wye) circuits. (Specify when
ordering.)
• Available in standard JIC industrial-grade
steel enclosure (gray-standard,
green-optional)
(Dim: 7 1/4"H x 7"W x 3 1/4"D)
or optional NEMA 4X outdoor enclosure
(Dim: 7 1/2"H x 7 1/2"W x 4"D.)
• UL/CUL Listed. CSA Approved.
• Revenue Grade Accuracy. Meter certified
to IEEE/ANSI C12.20 accuracy standard.
Printable Literature
Class 5000 Specification Sheet
Class 5000 Installation Overview
Class 5000 Installation Manual
Green Class Meter
with CO2 & Carbon Footprint Data
Features
• Direct-read 8-digit LCD display without
multiplier displays cumulative kWh and
"real-time kW load.
• User entered cost per kWh provides
to-date energy cost and projected hourly
cost based on metered load.
• Displays total carbon (CO2) emissions in
pounds (lbs.) and indicates hourly
emissions based on metered load.
• Revenue Grade Metering Accuracy.
• Patented 0-2 volt output split-core current
sensors promote enhanced safety and
accurate remote mounting of current
sensors up to 2,000 feet from the meter
without power interruption. (Optional
solid-core current sensors available in 100
& 200 Amp only.)
• Current sensor installation diagnostics
indicator.
• Parallel up to three (3) sets of current
sensors for cumulative reading.
• Meter can be used in the following
configurations:
- 3-Phase, 4 Wire
- 3-Phase, 3 Wire
- 2-Phase, 3 Wire
For other configurations contact factory.
• Optional plug-in terminal block for pulse
output.
• Industrial grade JIC steel enclosure with
padlocking hasp and mounting flanges
(Dim. 6 3/4" H x 5 3/16" W x 3 1/4" D)
for indoor installations with 1 1/16"
Knockout (3/4" conduit) on bottom of
enclosure.
• Optional Enclosures:
- MMU Multiple Meter Unit Cabinets
- NEMA 4X outdoor enclosure
• Non-volatile memory.
• UL/CUL Listed. CSA Approved
• Certified to ANSI C12.1 and C12.16
electronic meter national accuracy
standards. (+/-1% from 1% to 100% of
rated load.)
• New York City approved, Con Edison
approved for RSP program.
Printable Literature
Green Class Meter Specification Sheet
Installation Overview
Installation Manual
Green Class Meter
with Net Metering Capabilities
Features:
• Direct-read 8-digit LCD display of delivered
kWh, received kWh, net kWh and
real-time load in kW.
• Meter provides load profile data of
delivered kWh, delivered kVARh and
received kWh along with real-time readings
of Power Factor, kW, kVa, kVAR, Amps per
phase, Volts per phase and Frequency;
available via E-Mon Energy software.
• Displays total carbon (CO2) emissions in
pounds (lbs.) based on DOE national
average and indicates hourly emissions
based on metered load.
• Communication options include telephone
modem, RS-232/RS-485 and Ethernet.
• MV-90 compatible.
• Patented 0-2 volt output split-core current
sensors promote enhanced safety and
accurate remote mounting of current
sensors up to 500 feet from the meter
without power interruption. (Optional
solid-core current sensors available in 100
& 200 Amp only.)
• Current sensor installation diagnostics
indicator.
• Optional fixed-value pulse output of
delivered kWh.
• Non-volatile memory.
• Industrial grade green JIC steel enclosure
with padlocking hasp and mounting
flanges (Dim. 7 1/4" H x 7" W x 3 1/4" D)
for indoor installations with 1 1/16"
Knockout (3/4" conduit) on bottom of
enclosure.
• Optional Enclosures:
- NEMA 4X (gray) outdoor enclosure
• Non-volatile memory.
• UL/CUL Listed.
• Certified to ANSI C12.1 and C12.16
electronic meter national accuracy
standards. (+/-1% from 1% to 100% of
rated load.)
• Listed as eligible system performance
meter by California Solar Initiative
Emerging Renewables Program.
Printable Literature
Green Class Net Meter Specification Sheet
Installation Overview
Installation Manual
Split-Core Current Sensors
Features:
• E-Mon's patented 0-2V output split-core
current sensors allow users to easily
monitor energy usage in new or retrofit
applications. Sensors are sized according
to the meter they are installed with and
are sized to fit the typical wire size
for that amperage.
• E-Mon current sensors are installed inside
the electrical panel and "snap" around
the load wires to be monitored. The
sensors can monitor anything from a
single branch circuit, to multiple circuits,
to the entire building.
• E-Mon current sensors can be installed up
to 2,000 feet away from the meter (500
feet on Class 3000 & Class 5000 meters)
by extending the current sensor leads
using low voltage #14-22 AWG wire
(stranded/twisted not required). 3' leads
are supplied from the factory, consult
local electrical costs for proper wiring
size requirements.
• Current sensors can be installed around
multiple load wires from the same source
to provide a cumulative reading of usage
for all of the loads. Note: Phase
correspondence is required, and all loads
must be from the same voltage
source/transformer.
• Multiple sets of current sensors can be
installed on one meter to provide a
cumulative reading of multiple loads from
different panels. Up to 3 sets of sensors
can be installed on one meter. Note: Phase
correspondence is required, all loads must
be from the same voltage
source/transformer, and all current sensors
must be of the same amperage rating.
• Current sensors can be used for
subtractive metering. An example of
subtractive metering is one set of current
sensors installed around the main load
wires in a panel. A second set of current
sensors is installed around the load wires
going to a subpanel, but the current
sensors are reversed during installation.
This will provide a net reading of the total
panel less the sub panel. Note: Phase
correspondence is required, all loads must
be from the same voltage
source/transformer, and all current sensors
must be of the same amperage rating.
• Optional solid-core current sensors are
available in 100 & 200 amp configuration,
specify when ordering.
Printable Literature
Split-Core Current Sensor Specifications
Split-Core Current Sensor Assembly
P3 Pulser
Pulse Output for Interface to EMS/BMS
Features
The E-Mon D-Mon P3 Pulser is an optically coupled interface device that allows E-Mon D-Mon Class 1000 & Class 2000 kWh & kWh/Demand meters to be connected to an energy management (EMS) or building automation system (BAS) for data-gathering and/or load control. The pulse width and value are selected by 2 DIP switches and can be tailored to fit your specific requirements in the field. A modular plug connects the pulser to the E-Mon D-Mon meter; a two-screw terminal provides easy connection to the EMS/BAS. A LED on the pulser shows the rate and duration of the pulse. The pulser has an operating range of 1.5 to 36 volts AC or DC (supplied by the EMS/BAS.)
Applications include:
• Tenant billing, based on both kilowatt hour
(kWh) and kilowatt (kW) demand
information from the E-Mon D-Mon meters
through the pulsers.
• "Real-Time demand reading, allowing the
user to see the effects of loads as they
come on or off-line.
• Automatic load/shedding/limiting by the
EMS to lower usage and costs.
Printable Literature
P3 Pulser Specifications
P3 Pulser Installation Instruction Manual
ConverterModule.gif "E-Mon D/A (Digital to Analog) Converter Module")
D/A (Digital to Analog)
Converter Module
Features:
The E-Mon D-Mon D/A Converter (Digital to Analog) module is used with E-Mon D-Mon Class 2000 meters to interface with analog meters, chart recorders and programmable controllers.
D/A Converter Specifications:
• Input Voltage: 120 VAC, 60 Hz
• Available Outputs:
- 0-10 volts DC (at 10 mA max.)
- 0-1 mA (into load of 0-10K ohms)
- 4-20 mA (into load of 0-250K ohms)
• Operating Temperature: 0°C to 60°C
• Dimensions: 6 3/4"H x 3 3/4"W x 3 1/4"D
Printable Literature
D/A Converter Specifications
D/A Converter Installation Overview
MMU Multiple Meter Unit
Compact Enclosure Cabinets
Features
• Space-saving multiple meter units available in configurations containing up to 8, 16 or 24 meters.
• MMU cabinets may contain any combination of E-Mon D-Mon class 1000, Class 2000 (kWh * kWh/Demand) and standard Green Class Meters.
• Compact installation of multiple meters allows for easy and centralized reading.
• IDRs (Interval Data Recorders) can be factory installed inside the MMU enclosures along with the meters allowing for easy interface to the E-Mon Energy software system. (IDRs are mounted on the back wall of the enclosure).
• Three-phase MMU cabinets come with factory prewired voltage feeds. If IDR(s) are installed inside the MMU cabinet, the connections from the meters to the IDR are also prewired at the factory.
• MMU cabinets may contain meters of different voltage configurations. (i.e. 208V & 480V meters inside a single MMU enclosure. ) Note that voltage from all sources being monitored will need to be fed to the MMU enclosure.
Printable Literature
MMU Specification Sheet
Outdoor Enclosure Option
Features:
• Outdoor meter enclosures are compatible
with Class 1000, 2000, 2100, 5000, Green
and Green Class Net meters.
• NEMA 4X rated outdoor enclosure made of
hot compression molded fiberglass
reinforced polyester.
• 1 1/16" KO (3/4" conduit) on bottom of
enclosure
• Padlocking hasp.
• Temperature Range: -40 degrees F to
+250 degrees F (-40°C to +120°C)
• Flamability Rating: UL94-5V
• Self Extinguishing: Non-flame propogating
Printable Literature
Outdoor Enclosure Specifications
WDC
Wireless Data Collector
The wireless data collector (WDC) is a reliable, fully bi-directional gateway between the Internet/backbone network and the E-Mon wireless mesh network. It can support multiple meter types on the same network. The WDC provides simple remote configuration of the wireless devices and accurately transmits the energy data via Ethernet from the wireless network to E-Mon Energy automatic meter reading software for billing and analysis.
Features:
• Complete wireless socket meter package
compatible with E-Mon Energy wireless
metering systems.
Meter Features
• Compiles data from wireless transceivers
and transmits data to E-Mon Energy
automatic meter reading software for
billing and analysis.
• Monitor up to 1,000 individual metering
points.
• Interfaces with E-Mon D-Mon Class 2100 &
4100 meters with built-in wireless
transceivers, E-Mon's wireless socket meter
packages as well as EWM, GW1 & GW2
modules which are stand-alone
transceivers connected to existing E-Mon
D-Mon meters or other metering devices
such as gas, water or other metering
devices such as gas, water and utility
electric meters.
• Wireless mesh network operates in the
915 MHz license-free band. No cellular
wireless service contracts are required.
• Wireless data collectors & meters with
wireless transceivers can be mounted
inside buildings within 500 feet
line-of-sight from each other and up
to 200 feet through walls, depending
on wall material.
• Fully self-configuring wireless mesh
network allows for easy installation and
configuration with no network management
required.
• Requires 120V power supply to power unit.
• Remote access requires IP address.
• NEMA 4X outdoor enclosure standard.
• FCC certified not to interfere with existing
infrastructure.
• 128 bit encryption on wireless network.
• Expandable local storage.
• Communication logs and automatic data
recovery features.
• User and administration access control.
Printable Literature
Wireless Data Collector (WDC) Specifications
Wireless Mesh Network System Configuration
Wireless Socket Meter Package
The E-Mon D-Mon wireless socket meter package allows users to easily integrate their elecric utility meter data to the E-Mon Energy wireless metering system. The meter includes a wireless module equipped with plug-and-play installation which self-configures the meter to interface with the E-Mon wireless mesh network system for automatic meter reading & energy analysis with E-Mon Energy software.
Features:
• Complete wireless socket meter package compatible with E-Mon Energy wireless metering systems.
Meter Features
• Electronic LCD Display
• Demand Reset
• Test Mode Puch Button
• Meets ANSI,IEC, and FCC Standards
• Humidity 0% to 95% non-condensing
• Polycarbonate Cover
• Test LED
• Temperature: -40 to +85°C
• ANSI C12.20 0.5 Accuracy Class
• Avaiable Configurations:
- Two or Three Wire
- 120 or 240 Volt
- Form 2S or 12S
- Class 20, 100, 200 or 300
Wireless Features
• Operates in 915 MHz license-free bands
• Fully self-configuring wireless mesh
network
• Local non-volatile data storage
• Provides real-time access to interval data
• Full peer-to-peer communication
• No network address management required
• Automatic time synchronization of all
meters int he network.
• Installed "under the glass"
• Automatic time sychronization
• Internal and external antenna options
• Provides full wireless routing capability
• Multiple redundant paths
• Automatic network acquisition at Power ON.
Printable Literature
Wireless Socket Meter Package
Wireless Mesh Network System Configuration
EWM
Single-Point External Wireless Module
The E-Mon D-Mon EWM external wireless module allows for easy upgrade of new or existing E-Mon D-Mon Class 1000 & 2000 meters to wireless mesh capability. The module's plug-and-play installation self-configures the meter to interface with the E-Mon wireless mesh network system for automatic meter reading & energy analysis with E-Mon Energy software.
Features:
• Stand-alone wireless mesh network
module for retrofit of existing E-Mon
D-Mon Class 1000 (277V 2W meter
excluded) & 2000 meters. Ideal for
upgrading existing systems to an
automatic meter reading system.
• Module powered by E-Mon D-Mon meter.
• Integrate with E-Mon wireless metering
systems.
• Plug-and-play installation. Self-configures
to the wireless mesh network.
• Allows creation of usage graphs, charts
and usage statements via E-Mon Energy
software.
• Contains local storage for 2+ months of
15-minute interval data.
• Wireless transceiver is FCC certified not to
interfere with existing infrastructure.
• Wireless mesh network operates in the
915 MHz frequency hopping
spread-spectrum license-free band. No
cellular wireless service contracts are
required.
• Wireless modules can be mounted inside
buildings within approximately 500 feet
line-of-sight from each other and up to
200 feet through walls, depending on wall
material.
• Non-metallic enclosure for indoor
installation.
• Automatic time synchronization.
• Automatic network acquisition at power ON.
• Utilizes EKA Systems technology.
Printable Literature
EWM External Wireless Module Specifications
Wireless Mesh Network System Configuration
GW1
Wireless Module for Gas and Water meters
The E-Mon D-Mon GW1 wireless module allows for easy upgrade of a pulse equipped gas or water meter to wireless. The module's plug-and-play installation self-configures the meter to interface with the E-Mon wireless mesh network system for automatic meter reading & energy analysis of multiple utilities with E-Mon Energy software.
Features:
• Interface with water & gas meters
equipped with pulse output
(solid-state or read switch.)
• Includes 120 VAC power supply module.
• Compatible with E-Mon wireless metering
system.
• Plug-and-play installation. Self-configures
to the wireless mesh network.
• Allows creation of usage graphs, charts
and usage statements via E-Mon Energy
software.
• Contains local storage for 2+ months of
15-minute interval data.
• Wireless transceiver is FCC certified not to
interfere with existing infrastructure.
• Wireless mesh network operates in the
915 MHz frequency hopping
spread-spectrum license-free band. No
cellular wireless service contracts are
required.
• Wireless modules can be mounted inside
buildings within approximately 500 feet
line-of-sight from each other and up to
200 feet through walls, depending on wall
material.
• Non-metallic enclosure for indoor
installation.
• Automatic time synchronization.
• Automatic network acquisition at power ON.
• Utilizes EKA Systems technology.
Printable Literature
GW1 Wireless Module for Gas & Water Meters
Wireless Mesh Network System Configuration
GW2
Dual-Point Wireless Module for Gas & Water meters
The E-Mon D-Mon GW2 wireless module allows for easy upgrade of two pulse equipped gas or water meters to wireless. The module's plug-and-play installation self-configures the meters to interface with the E-Mon wireless mesh network system for automatic meter reading & energy analysis of multiple utilities with E-Mon Energy software.
Features:
• Interface with pulse output (solid-state or
read switch) devices including water, gas,
steam, BTU and electric meters and
humidity and temperature sensors.
• Interface with two external devices.
• Includes 120 VAC power supply module.
• Integrate with E-Mon wireless metering
systems.
• Plug-and-play installation. Self-configures
to the wireless mesh network.
• Allows creation of usage graphs, charts
and usage statements via E-Mon Energy
software.
• Contains local storage for 2+ months of
15-minute interval data.
• Wireless transceiver is FCC certified not to
interfere with existing infrastructure.
• Wireless mesh network operates in the
915 MHz frequency hopping
spread-spectrum license-free band. No
cellular wireless service contracts are
required.
• Wireless modules can be mounted inside
buildings within approximately 500 feet
line-of-sight from each other and up to
200 feet through walls, depending on
wall material.
• Devices can be mounted up to 200 feet
away from wireless module.
• Non-metallic enclosure for indoor
installation.
• Automatic time synchronization.
• Automatic network acquisition at power ON.
• Utilizes EKA Systems technology.
Printable Literature
GW2-Dual-Point Wireless Module for Gas & Water Meters
ECA to interface
E-mon Energy with utility meters
Features:
The E-Mon D-Mon ECA-2 External Contact Adapter allows the user to monitor the utility electric meter with E-Mon Energy AMR software. A pulse contact provided by the utility meter sends energy information via the ECA-2 to the IDR interval data recorder. E-Mon Energy software reads the kilowatt hour and demand data from the IDR for the purpose of energy conservation, demand side management programs, utility rebate incentives, cost analysis or monthly comparisons of usage. The ECA-2 can also be used to integrate water, gas and BTU meters equipped with contact (pulse) output. Note: ECA-2 is not required when using IDR-ST units.
Printable Literature
ECA Specifications
Temperature Sensor
Features:
The E-Mon D-Mon Temperature Sensor works with the IDR interval data recorder to provide temperature data as a frequency and pulses are stored in 5- or 15-minute intervals. This data can be utilized to determine the average temperage during these intervals.
The temperature Sensor can be used to determine the average outdoor temperature when it is necessary to accurately compare present energy usage against historical data without having to rely on regional data supplied by the weather service, which may not correlate with your specific location. It is also useful when it is important to monitor the inside temperature of an electrical room for maintenance or observation.
Printable Literature
Temperature Sensor Specifications
PCA Interface
Energy to Electromechanical Meters
Features:
The E-Mon D-Mon PCA (Pulse Contact Adapter) allows standard electro-mechanical style kilowatt-hour meters to interface to E-Mon Energy software.
The PCA installs on the X1 (times one) dial of standard electro-mechanical style kilowatt hour meters to provide 10 pulses per revolution of the dial.
Models of the PCA are also available for some types of gas meters to allow integration with E-Mon Energy.
Printable Literature
PCA Specifications
250 Series
Gas Meter with Pulse Output
• 4-chamber diaphragm type gas meter.
• Ideal for light commercial or larger
residential use.
• Equipped with pulse output for interfacing
with interval data recorders.
• For use with loads ranging from
200-250CuFt/Hr.
• Operating pressure 5 psi.
• Available for pipe sizes of 3/4" and 1".
Printable Literature
250 Series Gas Meter Specification Sheet
Submeter_Thumbnail.gif "E-Mon Class 2000 Three-Phase kWh/kW (Demand) Submeter")
ConverterModule_Thumbnail.gif "E-Mon D/A (Digital to Analog) Converter Module")
